Infrared spectrometerFT-IR Microscopes

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Overview

Atoms in molecules and solid crystals vibrate at frequencies determined by the bonding environment. Since this value corresponds to the thermal radiation region up to about 3000 cm-1, the local structure of materials can be analyzed by spectroscopic observation of the resonance absorption of infrared light. This equipment consists of a research Fourier transform infrared spectrometer (Nicolet iS50 FT-IR) and an infrared microscope (Continuum FT-IR Microscope). It has the highest operability and excellent optical throughput among commercially available devices, and supports various advanced and convenient measurement methods such as space division analysis using ATR and specular reflection measurement, and mapping measurement using them. there is Microscopic resolution is limited to the infrared wavelength of about 10 microns because it is governed by the diffraction limit. We recommend using a Raman spectrometer for vibrational spectroscopy with higher spatial resolution.